1) mine vehicle
矿用车辆
1.
The working atmosphere of mine vehicles is very bad.
矿用车辆的工作环境非常恶劣,如果悬架系统不好,不仅会产生舒适性的问题,更重要的是造成车辆的损坏,道路的破坏,甚至酿成事故。
2) claw passenger truck
矿井车辆
1.
This paper describes research on X-band doppler sensor system, used to measure the speed of claw passenger trucks.
详细介绍了用于检测矿井车辆x波段多普勒传感器系统的研制。
3) mineral transport vehicle
运矿车辆
1.
Accurate license plate location for mineral transport vehicle based on threshold segmentation
基于阈值分割的运矿车辆车牌精确定位
4) vehicle steel
车辆用钢
1.
450MPa railway vehicle steel,which is high strength and climate-resistant,is developed in middle-frequency vacuum furnace by adjusting chemical composition,and industrial experiment shows that each index of 450MPa NbRE climate-resistant steel reaches standard of railway vehicle steel.
通过小炉试验进行化学成分调整,成功开发了450M Pa级高强度耐大气腐蚀铁路车辆用钢,工业试生产表明,450M Pa级BN bRE耐大气腐蚀用钢的各项指标达到了铁路车辆用钢的要求。
5) military vehicles
军用车辆
1.
through the analyses on the requirements of data collecting parts node of military vehicles under bad working condition and the full considerations of the practical using demands of vehicles, especially anti-jamming, the collections of platinic resistance and micro-strain signal are realized, and the design of CAN interface is completed.
该文通过对军用车辆在比较恶劣工作条件下的数据采集部件节点需求的分析,充分考虑车辆的实际使用要求,特别是抗干扰要求,实现对铂电阻、微应变等信号的采集,并完成CAN接口的设计。
2.
This paper makes a feasibility research of the assessment on effectiveness of military vehicles based on modified DEA.
文章首先对DEA法应用于军用车辆投入产出效率的综合评估,进行了可行性研究,然后进行了若干种军用载重车的投入产出效率实例试评。
6) military vehicle
军用车辆
1.
Comparision of several kinds of data bus for military vehicle;
几种军用车辆数据总线的比较
2.
Research on zoning of natural environment for military vehicle;
军用车辆自然环境区划研究
3.
Design and Research of Visible Light Stealth Camouflage on Military Vehicle
军用车辆的可见光隐身迷彩设计研究
补充资料:电动车辆用蓄电池
分子式:
CAS号:
性质:代替汽油或柴油用作汽车动力电源的蓄电池。为保护环境,开拓车辆动力新能源,许多国家都在20世纪70年代以后大力开展电动车辆及其电源的研制。少量生产的电动车辆用蓄电池有镉/镍和铅酸蓄电池,正在开发的有钠/硫电池、氢/镍蓄电池、锂离子蓄电池等。
CAS号:
性质:代替汽油或柴油用作汽车动力电源的蓄电池。为保护环境,开拓车辆动力新能源,许多国家都在20世纪70年代以后大力开展电动车辆及其电源的研制。少量生产的电动车辆用蓄电池有镉/镍和铅酸蓄电池,正在开发的有钠/硫电池、氢/镍蓄电池、锂离子蓄电池等。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条